//------------------------Functions-------------------------------------
/*
* Constructor creates a new morg object
* Requires: A random seed engine, a list<Morgs> and a Simulation to keep track of
*
**/
public Morg(Simulation newHabitat)
{
Rand = newHabitat.Rand;
Observers = new List<IMorgObserver>();
//initializes the possible preyList with the current Population List of the Simulation
Habitat = newHabitat;
PreyList = Habitat.Morgs;
// it will look for prey using SearchforPrey()
Prey = null;
int xStart = Rand.Next(0, 9);
int yStart = Rand.Next(0, 9);
Position = new Point(xStart, yStart);
}
public C(Simulation newHabitat)
: base(newHabitat)
{
FeedBehavior = new Envelop();
MovementBehavior = new Paddle();
}
public B( Simulation newHabitat)
: base(newHabitat)
{
FeedBehavior = new Envelop();
MovementBehavior = new Ooze();
}
static void Main(string[] args)
{
//random engine seeded with time
Random r = new Random();
//hard-coded in petri-dish size for now. TODO: create a function that allows for choice of petri dish size.
int petriDishSize = 10;
Console.WriteLine("Building Simulation1 \n");
Simulation morgSim = new Simulation(r, petriDishSize);
Console.WriteLine("Simulation1 Build Success \n");
//simulation that introduces 3 morgs at once and allows the simulation to run until one morg is left
Console.WriteLine("------------------Beginning Cycles of Simulation 1------------------------ \n");
//possibly have a function that does purely display while the runSimulation function does logic of changing all of the states in one cycle
A alice = new A(morgSim);
B bernice = new B(morgSim);
C cathy = new C(morgSim);
morgSim.AddAMorg(alice);
morgSim.AddAMorg(bernice);
morgSim.AddAMorg(cathy);
morgSim.RunSimulationOneCycle();
morgSim.RunSimulationOneCycle();
morgSim.RunSimulationOneCycle();
morgSim.RunSimulationOneCycle();
morgSim.RunSimulationOneCycle();
Console.WriteLine("-----------------------End of Simulation 1-------------------------------- \n");
//Simulation that slowly introduces morgs into and allows for hunting to occur. It then introduces a morg at the end to live and prosper
Console.WriteLine("----------------------Beginning Simulation 2------------------------------ \n");
Console.WriteLine("Building Simulation 2 \n");
Simulation morgSim2 = new Simulation(r, petriDishSize);
Console.WriteLine("Simulation 2 Build Success \n");
Console.WriteLine("------------------Beginning Cycles of Simulation 2------------------------ \n");
A Alex = new A(morgSim2);
B Bernie = new B(morgSim2);
C Carl = new C(morgSim2);
morgSim2.AddAMorg(Alex);
//lets Alex roam
morgSim2.RunSimulationOneCycle();
morgSim2.RunSimulationOneCycle();
//introduce Bernie
morgSim2.AddAMorg(Bernie);
//Lets the hunting begin
morgSim2.RunSimulationOneCycle();
//Introduce Carl
morgSim2.AddAMorg(Carl);
C Cathy = new C(morgSim2);
// Allows the simulation to run for a little longer to allow eating to happen
morgSim2.RunSimulationOneCycle();
//introduce Cathy
morgSim2.AddAMorg(Cathy);
morgSim2.RunSimulationOneCycle();
morgSim2.RunSimulationOneCycle();
}
public A(Simulation newHabitat)
: base(newHabitat)
{
FeedBehavior = new Absorb();
MovementBehavior = new Paddle();
}